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微管道CFRP复合材料的制备、表征与自修复研究

摘要第4-6页
Abstract第6-8页
Symbols第20-21页
Abbreviations第21-23页
Chapter 1 Introduction第23-27页
    1.1 Necessity, importance and significance第23-24页
    1.2 Research questions第24页
    1.3 Research objectives第24-25页
    1.4 Thesis layout第25-27页
Chapter 2 Literature review第27-61页
    2.1 Introduction to microchannel network第27-28页
    2.2 Design considerations for microchannel networks第28-30页
    2.3 Manufacturing strategies for microchannel network第30-43页
        2.3.1 Non-removable hollow cores第30-34页
        2.3.2 Removable solid cores /preforms第34-36页
        2.3.3 Micromachining /Laser Processing第36页
        2.3.4 Direct Ink writing (DIW)第36-38页
        2.3.5 Electric discharge第38-40页
        2.3.6 Vaporization of sacrificial components (VaSC)第40-43页
    2.4 Mechanical effects of microchannel networks第43-51页
        2.4.1 Interlaminar shear strength第43页
        2.4.2 Flexural strength第43-44页
        2.4.3 Mode-I and mode-II fracture toughness第44-46页
        2.4.4 Fatigue strength第46页
        2.4.5 Tensile and compressive moduli第46-47页
        2.4.6 Tensile and compressive strength第47-48页
        2.4.7 Compression after impact (CAI)第48-49页
        2.4.8 Impact damage第49-51页
    2.5 Microchannel-based self-healing第51-58页
        2.5.1 Self-healing of quasi-static fracture damage第52-56页
        2.5.2 Self-healing of fatigue damage第56页
        2.5.3 Self-healing of impact damage第56-58页
        2.5.4 Self-healing of macro-scale material loss第58页
    2.6 Chapter summary第58-61页
Chapter 3 Materials and methods第61-67页
    3.1 Materials第61-62页
    3.2 Methods第62-67页
        3.2.1 Manufacturing第62页
        3.2.2 Mechanical testing and characterization第62-67页
Chapter 4 Manufacturing of microchanneled CFRP composites第67-81页
    4.1 Introduction to manufacturing of microchannels第67-69页
    4.2 Manufacturing of microchanneled CFRP composites第69-80页
        4.2.1 Insertion of HGTs第70-71页
        4.2.2 Selective polymer degradation (SPD)第71-72页
        4.2.3 Step molding (SM)第72-80页
    4.3 Chapter summary第80-81页
Chapter 5 Mechanical testing and characterization of microchanneled CFRP composites第81-99页
    5.1 Introduction第81-82页
    5.2 Manufacturing of plain and microchanneled CFRP composites第82页
    5.3 Mechanical testing and characterization第82-83页
    5.4 Results and Discussions第83-96页
        5.4.1 ILSS and flexural properties第83-84页
        5.4.2 Evaluation of interlaminar shear behavior第84-85页
        5.4.3 Evaluation of flexural behavior第85-87页
        5.4.4 Effect of microchannel on ILSS and flexural strength第87页
        5.4.5 Effect of channel diameter on ILSS and flexural strength第87-89页
        5.4.6 Effect of channel distance on ILSS and flexural strength第89-90页
        5.4.7 Comparative effect of microchannel by HGTs and SPD on ILSS第90-93页
        5.4.8 Comparative effect of microchannel by HGTs and SPD on flexural strength第93页
        5.4.9 Mechanisms for reduced strength due to microchannel addition第93-96页
    5.5 Chapter summary第96-99页
Chapter 6 Self-healing via microchannel第99-113页
    6.1 Introduction第99-101页
    6.2 Experimental procedures第101-102页
    6.3 Results and discussion第102-111页
        6.3.1 Impact damage第102页
        6.3.2 Delamination damage第102-103页
        6.3.3 Four-point-flexural strength第103页
        6.3.4 Effect of LVI damage on the flexural strength第103-104页
        6.3.5 Effect of LVI damage on the flexural failure第104-105页
        6.3.6 Restoration of flexural strength after LVI第105-107页
        6.3.7 Effect of healing on the failure of FAI第107-108页
        6.3.8 Effect of M1D damage on the flexural strength第108-109页
        6.3.9 Effect of M1D damage on flexural failure第109-110页
        6.3.10 Restoration of flexural strength after M1D第110-111页
        6.3.11 Effect of healing on the failure of FAD第111页
    6.4 Chapter summary第111-113页
Chapter 7 Thesis summary and future work第113-117页
    7.1 Summary of the main work第113-115页
    7.2 Summary of the innovations第115页
    7.3 Recommendations for future work第115-117页
References第117-131页
Acknowledgments第131-133页
Author’s publications第133-135页
详细摘要第135-140页

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